TWM519533U - Finger rehabilitation device with finger stretching function - Google Patents

Description

Finger rehabilitation device with finger extension function

The present invention relates to a technical field of a finger rehabilitation device including a finger extension function, and particularly relates to a method which can produce a good interaction effect for the user to perform a finger bending exercise to achieve effective prevention and rehabilitation of hand muscle atrophy. A finger rehabilitation device with a finger extension function.

At present, the social system has a tendency to gradually become aging. Therefore, the general situation of the elderly due to brain degeneration caused by muscle atrophy is very important, because the elderly usually have 50% of muscles unable to complete the muscle contraction. Returning to the original state, but according to experiments and research, there are still many treatments that can help improve the symptoms, such as using a finger rehabilitation device with finger extension function to bend and train the fingers to stimulate and train the hands. Muscles etc.

At present, common finger rehabilitation training devices on the market, such as fixed auxiliary wood, grip force, etc. They do not have any interaction with the user during use, so they can not only improve the interest of the user's rehabilitation, but also can not make the user know the extent and progress of their rehabilitation, so the rehabilitation efficiency is poor. In addition, in general patients with chronic kidney disease after undergoing fistula surgery or hand surgery or stroke patients, medical institutions usually require patients to perform ball-handling, which is a kind of grip with fingers Soft tennis, then relax, then hold the ball, relax, and continue to alternate, in order to increase the elasticity of the blood vessels and improve the local blood flow of the limbs. However, the movement of the ball can slow down the hand contracture of stroke patients, which can promote the arterialization of artificial fistula in dialysis patients, increase the elasticity and blood flow of the fistula, and reduce the lymphatic edema of the breast after surgery. Or a swollen condition. However, the use of soft tennis assisted rehabilitation means that not only the rehabilitation movement is monotonous, but also does not have any interaction with the patient, so it is easy to cause the patient to be impatient and unable to continue to recover, especially if it is not available. The person can be sure of the degree and progress of his rehabilitation, and therefore will also make the rehabilitation effect worse.

Conventional finger rehabilitation devices that include a finger extension function have problems in that they cannot interact with the user and let the user know the degree of rehabilitation and thus cause poor rehabilitation efficiency.

The present invention provides a finger rehabilitation device including a finger extension function, including a glove, a ball, and a controller. Wherein, the glove has a five-finger sleeve for being sleeved on the five fingers of the user, and each finger sleeve is respectively combined with an elastic body, and the elastic body can be deformed with the fingers in the glove, and the finger is deformed. When relaxed, it will be restored to its original state by elastic force. The ball is coupled to the palm of the glove and includes a pressure detector and a coating layer wrapped around the pressure detector. The coating is made of a flexible material with elastic deformation force, so that the ball is made of a flexible material. It can be squeezed and contracted due to the bending of the finger. The pressure detector can detect the degree of pressure and time applied by the finger and convert it into a signal for transmission. The controller is attached to the top of the wrist of the glove And a signal connected to the pressure detector to receive the signal from the pressure detector, the controller includes two indicator lights and a plurality of control keys, the two indicators can emit light to indicate the start of rehabilitation and Whether the pressure and time are reached, the complex control button can control the opening and closing of the pressure detector and select the rehabilitation mode.

The finger rehabilitation device provided by the present invention with the finger extension function can achieve a good varicose rehabilitation effect by the elastic restoring force of the elastic body of the five-finger sleeve. In particular, the detection by the pressure detector can be performed by the controller according to the detection result, and the indicator light is used to indicate the pressure state of the ball, and the controller can also select the rehabilitation mode in advance, and then by indicating The light is prompted for the user to follow the prompt to perform the corresponding rehabilitation, so that not only can the user interact well with the user to enhance the interest of the rehabilitation, but also can set the appropriate condition for the user's condition. Effective rehabilitation methods, in particular, allow users to know the extent and effectiveness of their rehabilitation in a timely manner, thus greatly improving the efficiency of rehabilitation.

10‧‧‧ gloves

11‧‧‧ finger sets

12‧‧‧ Elastomers

20‧‧‧ sphere

21‧‧‧ Pressure detector

22‧‧‧Cladding

30‧‧‧ Controller

31‧‧‧ wire

32‧‧‧ indicator lights

33‧‧‧Control keys

40‧‧‧Mobile devices

41‧‧‧Control interface

50‧‧‧ fingers

Figure 1 is a schematic plan view of the creation.

Figure 2 is a schematic diagram of the action of this creation.

Referring to Figures 1 and 2, the finger rehabilitation device for displaying the finger extension function of the present invention includes a glove 10, a ball 20, a controller 30, and a mobile device 40. Wherein: the glove 10 series has a five-finger sleeve 11 for being placed on the user's five On the root finger 50, and each of the finger sleeves 11 are respectively coupled with an elastic body 12, the elastic body 12 can be deformed by bending the fingers 50 in the glove 10, and the finger 50 is relaxed when the finger 50 is relaxed. Resilient and restored to its original state. In the present creation, the plurality of elastic bodies 12 are a plurality of elastic sheets respectively bonded to the top surface of the five-finger sleeve 11.

The ball 20 is coupled to the palm of the glove 10 and includes a pressure detector 21 and a coating 22 covering the pressure detector 21. The coating layer 22 is made of a soft material having an elastic deformation force (such as foam, sponge, etc.) so that it can be squeezed and contracted by the bending of the finger 50. The pressure detector 21 is configured to detect the degree of pressure and time applied by the finger 50 and convert it into a signal for transmission.

The controller 30 is coupled to the top surface of the wrist of the glove 10 and is connected to the pressure detector 21 by a wire 31 for receiving signals from the pressure detector 21. The controller 30 includes two indicator lights 32 and a plurality of control keys 33. The two indicator lights 32 can emit light for indicating the start of rehabilitation, whether pressure and time are reached, etc. For example, a green light indicates that the rehabilitation starts, two green lights indicate that the pressure value is reached, and the green light turns red to indicate that a rehabilitation time has been reached. The plurality of control keys 33 can control the opening and closing of the pressure detector 21, select a rehabilitation mode, turn on a wireless connection module (such as Bluetooth, etc.), and the like.

The mobile device 40 can be a smart phone, a tablet, etc., and the mobile device 40 can be wirelessly paired and connected with the controller 30 for data transmission with the controller 30. The mobile device 40 has a control interface 41 for receiving the rehabilitation data in the controller 30, and setting and controlling more sophisticatedly. Multiple changes in rehabilitation mode, display of rehabilitation stress values and time, recording of rehabilitation data and transmission of rehabilitation data to the cloud or medical center via the network.

In the present creation, the glove 10, the ball 20 and the controller 30 can be used for the purpose of simple training without using the mobile device 40, which has only a few fixed modes. When used in conjunction with the mobile device 40, the rehabilitation mode can be set according to the user's situation to achieve more precise and targeted training, and the rehabilitation data can be transmitted to the cloud or medically through the network. center.

The finger rehabilitation device provided by the present invention with the finger extension function can achieve a good varicose rehabilitation effect by the elastic restoring force of the elastic body 12 on the five-finger sleeve 11. In particular, the controller 30 can detect the pressure of the ball 20 by using the indicator light 32 according to the detection result by the detection of the pressure detector 21, and can also select the rehabilitation mode in advance by the controller 30. And then prompting by the indicator light 32, so that the user can follow the prompt to perform the corresponding rehabilitation, thereby enabling the user to not only have good interaction with the user to enhance the interest of rehabilitation, but also can be used for The condition of the person to set up a suitable and effective rehabilitation method, in particular, allows the user to know the degree and effect of his own rehabilitation in a timely manner, thereby greatly improving the efficiency of rehabilitation.

10‧‧‧ gloves

11‧‧‧ finger sets

12‧‧‧ Elastomers

20‧‧‧ sphere

21‧‧‧ Pressure detector

22‧‧‧Cladding

30‧‧‧ Controller

31‧‧‧ wire

32‧‧‧ indicator lights

33‧‧‧Control keys

40‧‧‧Mobile devices

41‧‧‧Control interface

Claims (5)

A finger rehabilitation device with a finger extension function includes: a glove having a five-finger sleeve for being placed on five fingers of a user, each of which is respectively combined with an elastic body, the elastic body can be The finger in the glove is bent and deformed, and when the finger is relaxed, it will be restored by the elastic force; a sphere is attached to the palm of the glove, which includes a pressure detector and is wrapped in the stress detection a coating layer outside the detector, the coating layer is made of a soft material having an elastic deformation force, so that it can be squeezed and contracted by the bending of the finger, and the pressure detector can be used to detect the finger The pressure level and time are converted into signals for transmission; and a controller is coupled to the top surface of the wrist of the glove and connected to the pressure detector by a wire to receive signals from the pressure detector The controller includes two indicator lights and a plurality of control keys, the two indicator lights can emit a light to indicate the start of rehabilitation and whether the pressure and time are reached, and the plurality of control buttons can control the opening and closing of the pressure detector and select the complex Health model . The finger rehabilitation device with the finger extension function described in claim 1 further includes a mobile device, wherein the controller control button can control the wireless connection module to be opened, and the mobile device can be wirelessly paired with the controller. And connecting for data transmission with the controller, the mobile device has a control interface for receiving rehabilitation data in the controller, setting and controlling a more sophisticated and multi-reform rehabilitation mode, displaying rehabilitation pressure Value and time, record rehabilitation data and transfer rehabilitation data to the cloud or medical center via the Internet. A finger rehabilitation device including a finger extension function according to claim 1 or 2, wherein the finger rehabilitation device The plurality of elastic systems are a plurality of elastic sheets respectively bonded to the top surface of the five-finger sleeve. The finger rehabilitation device according to claim 2, wherein the mobile device is a smart phone. The finger rehabilitation device according to claim 2, wherein the mobile device is a tablet computer.